Wind modeling
Our cutting-edge technologies, such as Computational Fluid Dynamics (CFD) and meso-micro-scale coupling, provide a sophisticated numerical approach to simulating wind behavior at multiple scales, enabling detailed analysis of complex airflows.
Accurate computation of wind characteristics
Our numerical approach allows us to model the complex behavior of the wind in detail, enabling us to accurately compute its characteristics. The local topography, with its elevations and contours, has a significant influence on air flows. Our numerical models fully incorporate this data and also account for the presence of obstacles such as vegetation, buildings, or complex structures.
News
Poster: Wind modeling through meso-micro coupling method with thermal stability effects
In coastal areas, where wind conditions are strongly influenced by local topography and thermal stability, accurate modelling is crucial for the efficiency of wind farms. This study applies the Meso-Micro Coupling (MMC) method to a coastal wind farm and compares it...
Webinar: How to properly use wind data in wind comfort analysis?
Many parameters can affect the quality of wind data used for urban projects : the rugosity and orography between the weather station and the project site, their height, the data characteristics (time step/frequency/period, etc.)... So what is important to verify?...
Indian Technical Workshops: Discover Advanced Wind Power Solutions in Delhi and Chennai
In October, Meteodyn will hold two Indian Technical Workshops: one in Delhi and one in Chennai. Our team has prepared a free 4-hour technical workshop on the latest advancements in WRA and O&M solutions. Learn more below.We are excited to announce the upcoming...